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What kind of boilers are Riley Stoker boilers? Please give me some advice!

2011-08-29View Original

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What kind of boilers are Riley Stoker boilers? Please give me some advice!
Reply #22011-08-29
Riley Stoker boilers are gas-fired coal transport boilers; it seems this information also comes from sources related to the Great Plains. I’m not sure if this understanding is correct – I would appreciate guidance from boiler experts
Reply #32011-08-30
Riley Stoker is the name of an industrial boiler manufacturing company.
Reply #42011-08-30
Agree with the explanation above. I also visited the company’s branch in Pennsylvania last year. Riley Stoker Corporation: Company History. Founded in 1890, Riley Stoker Corporation was a manufacturer of industrial boilers based in Worcester, Massachusetts. The company was previously owned by Ashland Inc., a Fortune 500 company involved in chemical distribution, but Ashland sold the company in 1990. Today, Riley Stoker Corporation is known as Riley Power and is a subsidiary of Babcock Power Inc., a privately owned company that provides energy and environmental services with projects in more than 10 countries. At its manufacturing facility in Erie, Pennsylvania, Riley Power continues to design and manufacture fuel-fired and steam generators for facilities that use fossil fuels or waste materials as fuel, as well as boilers, stokers, pulverizers, and replacement parts. Its products are used by utility companies, pulp and paper mills, petrochemical plants, waste-to-energy processing facilities, and other industries.
Reply #52011-08-30
NEXT > CHEMICAL PLANT CASE STUDY Riley Stoker Boiler NOx Controls Used: IFGR This chemical plant client was required to reduce their natural/purge gas NOx emissions below 0.06 lb/mmbtu. The boiler in question was a 350lb/hr steam Riley Stoker boiler equipped with six burners. The patented ETEC IFGR NOx Control system was installed from the stack to the forced draft inlet, as shown in the figure below. The operation of this IFGR NOx Control system, which is designed to achieve 30% flue gas recirculation, resulted in a 86% reduction in the NOx emissions from the natural/purge gas fuel, as shown in the figures below.

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